CAD/CAM/CAE Support For Manufacturable, Validated Products
Production‑grounded CAD modeling & drawings, CAM toolpath & fixture strategy, and CAE (thermal / structural / flow) with correlation to prototype test. Move faster from design to EVT/DVT/PVT and stable mass production.
🛠️ Multi‑Process CNC, Molding 📈 Prototype → MP (EVT / DVT / PVT)
📊 DFM / DFMA Cost Optimization 🏭 Global Mfg + Dallas VMI / JIT Stock
Model Cleanup & Manufacturing Drawings
Toolpaths • Fixtures • Cycle‑Time
Thermal • Structural • Flow Correlation
Why Product Teams Choose Our CAD/CAM/CAE Support
Manufacturing‑Grounded CAD
Drafts, wall/rib rules, radii and datum schemes planned for CNC, molding, die casting, extrusion and sheet‑metal realities.
Production‑Grade CAM
3/4/5‑axis strategies, workholding & fixtures, surface class, burr control and cycle‑time optimization with setup sheets.
Validated CAE
Thermal/structural/flow models tied to boundary conditions and prototype test correlation—not just pretty pictures.
From Concept to Stable Mass Production
Our workflow takes your mechanical design from CAD to qualified, repeatable production, with clear hand‑offs at each stage.
Requirements & DFM Review
- Review drawings, 3D models, and functional requirements
- Identify risk areas, tolerance traps, and cost drivers
- Propose design & process changes where beneficial
Prototyping & EVT Builds
- Rapid parts via CNC, soft tooling, or bridge tooling
- Assembly trials and functional fit checks
- Initial measurement reports and feedback to design
Prototyping & EVT Builds
- Tooling tuning and process parameter optimization
- FAI, capability studies, and initial Cpk data
- Refinement of assembly jigs and work instructions
Mass Production & Lifecycle Support
- Stable production with defined control plans
- Continuous improvement and cost‑down opportunities
- Dallas warehouse, VMI / JIT and after‑sales support
Core Mechanical Manufacturing Capabilities
CNC Machining (Metal & Plastic)
- 3‑, 4‑, and 5‑axis milling and turning
- High‑tolerance features and tight GD&T requirements
- Complex housings, brackets, and precision components
Molding, Casting & Extrusion
- Injection molding for engineering plastics
- Die casting for aluminum and zinc components
- Aluminum, rubber, and silicone extrusion profiles
Sheet Metal & Fabrication
- Stamping, deep draw, and progressive dies
- Laser cutting, bending, and forming
- Welding (TIG, MIG, laser) and mechanical assembly
Rubber & Silicone Components
- Compression, transfer, and LSR molding
- Seals, gaskets, overmolds, and vibration isolators
- Material selection for temperature and chemical resistance
Surface Finishing & Coatings
- Anodizing, hard anodizing, and color anodizing
- Powder coating, painting, and plating
- Brushing, blasting, polishing, and laser marking
Assembly & Integrated Modules
- Mechanical and electromechanical assemblies
- Fastener, seal, and insert installation
- Functional tests and packaging for shipment
Typical Design Parameters We Optimize
| Requirement Area | What We Review | How We Add Value |
|---|---|---|
| Geometry & Tolerances | Critical dimensions, GD&T, and stack‑ups across parts and assemblies. | Identify over‑tight tolerances and propose cost‑effective alternatives while maintaining function. |
| Material & Process Choice | Selected alloys, plastics, rubbers, and intended manufacturing routes. | Recommend alternate materials or processes to improve cost, lead time, manufacturability, or performance. |
| Surface & Cosmetic Requirements | Ra, color, gloss, texture, branding, and visible‑surface expectations. | Align cosmetic standards with realistic finishing options and inspection criteria to avoid rejects. |
| Assembly & Service | Fastening, sealing approaches, access clearances, and assembly sequence. | Design for easier assembly, fewer tools, and better field serviceability and reliability. |
Quality, Documentation & Supply Chain Integration
Quality & Documentation
ISO 9001 quality management framework FAI, PPAP, Cpk studies, and control plans for key features Inspection reports, CoCs, and material traceability
Supply Chain & Logistics
EXW, FOB, CIF, and DDP shipping options Dallas warehouse with VMI / JIT programs Packaging engineering for safe and efficient transport
Where Our Custom Mechanical Solutions Are Used
Automotive, EV & Mobility
- Structural brackets, housings, and covers
- Custom enclosures for inverters, chargers, and controllers
- Aftermarket and motorsport upgrade components
Robotics, UAV & Industrial
- Robot frames, joints, and mounting hardware
- Precision machined parts for motion systems
- Lightweight structures for UAVs and automated equipment
Medical, Outdoor & Specialty Devices
- Medical and laboratory equipment components
- Outdoor, sporting, fishing, and tactical products
- Consumer and audio/photography hardware housings
Ready to Build Your Next Mechanical System?
Upload Drawings for Manufacturing Review
Attach STEP/IGES/PDF files and basic requirements. Receive engineering feedback and a quote outline within 24 hours.
